REAL-WORLD STEM. EXTRAORDINARY POSSIBILITIES.
administrators

A clear plan for implementing aviation STEM

Evaluate the learning program, teacher preparation, classroom use, and ongoing support together.

Define the educational purpose

Identify the students and courses the program will serve. Write learning goals in terms of what students will investigate, calculate, explain, or design. Use those goals to compare curriculum and hardware rather than beginning with a display size.

Plan staffing and utilization

Name the instructional lead, schedule teacher preparation, and decide how classes will access the equipment. Include activities away from the controls so simulator capacity does not become the limit on classroom participation. Establish a plan for sharing resources across departments if that is part of the proposal.

Request an itemized scope

Ask for equipment, software, curriculum, freight, setup, training, warranty, and any recurring support charges. Confirm current delivery estimates and the responsibilities of school staff. Review accessibility, room circulation, electrical needs, and IT requirements with the appropriate teams.

Evaluate the program with evidence

Collect examples of student planning, calculations, explanations, and revisions. Teacher feedback and usage records can help identify implementation issues. Avoid promising a numerical academic improvement or return on investment without evidence from a suitable evaluation.

Program information: Current school lab offerings ↗. Classroom examples on this page are suggested teaching activities.

Ready for takeoff?

Let’s put your students’
potential in the pilot’s seat.

Build an aviation STEM program around your school, your goals, and your students.